What is the difference between 5630 and 5730 led?
A 5630 (5730) LED diode will illuminate brightness equivalent to approximately 50 Lumen. The same goes for each chip’s power consumption, a 3528 LED will consume approximately 0.06 Watt, while a 5050 LED will consume approximately 0.18 Watt of power and a 5630 (5730) consumes about 0.5 Watt.
What does 5050 mean on LED?
Simply put, these LED chips are called SMD 5050 because the dimensions of the chips are 5.0mm x 5.0mm. They have 3 LED diodes in one housing (sometimes called tri-chips), and are a lot brighter than individual 3528 LED chips.
Which SMD LED is used in bulb?
Double-power 3528 SMD can be used for general lighting LED tape, to replace halogen bulbs or fluorescent tubes. 5050 SMD LED Also known as a “tri chip,” this 3-LED design creates a high-output LED light with three times the brightness of the 3528 at about 22 lumens per chip.
What is SMD lighting?
SMD means surface mounted diode. This is a better technology than the first generation DIP LEDs. The SMD type LEDs are mounted on an aluminum substrate and enveloped in an epoxy resin.
What is SMD LED diode?
SMD LED (acronym for Surface-Mount-Device, Light-Emitting-Diode) is a type of LED characterized by having a 3 in 1 encapsulation, meaning that it integrates all 3 colors (Red, Green, Blue) in a single system. The assembly on the circuit board is done by a polarization process on the front of the LED module.
Are SMD LED dimmable?
One of the biggest improvements is that SMD spotlights offer a higher lumen output for a lower energy consumption – making them more powerful and energy efficient than older LED lights. Our Dimmable 6W 27 SMD GU10 LED Bulb contains, as the name suggests, 27 SMDs.
Which is better cob or SMD LED?
SMDs are more efficient than COBs because the light source produces higher lumens per watt, which means that they produce more light with a lower wattage. They produce a wider beam of light which is spread over a greater area.
What LED 3014?
The 3014 LED chip explained Their compact size allows two LEDs producing different white shades to be positioned very close beside each other, making it possible to mix a varied palette of different white-light tones from a single LED tape. (A similar set-up to RGB/RGBW colour LEDs.)